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Aggregate data about the emission of air pollutants especially those potentially harmful to human health (although it is not a requirement to include information on greenhouse gas emissions). Aggregate means national-level or available for at least three major cities. In order to satisfy the minimum requirements for this category, data must be available for the following pollutants and meet the following minimum criteria:

Particulate matter (PM) Levels

Sulphur oxides (SOx)

Nitrogen oxides (NOx)

Volatile organic compounds (VOCs)

Carbon monoxide (CO)

Updated on at least once a week.

Measured either at a national level by regions or at leasts in 3 big cities.

Another site of the epa only for pm vale
http://www3.epa.gov/airtrends/pm.html
i didnt see VOCs measurement but i think it shold be
in NATTS (National Air Toxics Trends Stations) that dont look to work in this time

PortalU is a central portal for environment data including sources at the national and the federal state level. The portal aggregates metadata and links to decentralized datasets and services: http://www.portalu.de - however, the cooperation between the federal states and national government has been terminated, PortalU will go offline on December 31, 2014.

Data terms of use
According to the portal, you are free to
Use the data for non-commercial purposes, research and teaching
Publish the data for public communication
...provided you credit the http://www.ilmanlaatuportaali.fi as the source.

The data is available as part of an online registry. It includes information on the industrial/agricultural installations that emit pollution and the pollution generated from each one. The data is submitted to the EEA and can be downloaded as part of the full RDF dataset:
http://prtr.ec.europa.eu/pgDownloadDataSet.aspx

The Environmental Protection Agency of the United States montier the data of air Pollutants in in the same site with the USA data

from the USA
Another site of the epa only for pm vale
http://www3.epa.gov/airtrends/pm.html
i didnt see VOCs measurement but i think it shold be
in NATTS (National Air Toxics Trends Stations) that dont look to work in this time

We tried to find this data many times but it's not centralized and most likely unavailable as unified dataset. Russian government delegates ecological issues and pollution monitoring to regional level of the executive government branch. But regional government rarely publish pollution monitoring information and pollution sources. I know only a few public data sources available like Mosecomonitoring (Moscow ecological survey). But even whose data source do not publish source of pollutants, they publish only level of pollutants measured by monitoring stations. Even this information rarely available as datasets, most often this is only "images" and "graphics". So availability of pollutants data for Russian Federation is about 80% - for "No", and only about 20% for "yes". The only available sources: - http://dynamic.igce.ru/ (not up to date) - pollution monitoring and radiation monitoring (by Rosatom) - http://www.russianatom.ru/ I suggest this dataset for following review.

Publicly available?
Yes, this data is publicly available. We don't need FOI request to get it.

Is the data available for free?
Yes, this data is available for free. No payment is required.

Is the data available online?
Yes.

Is the data machine readable?
No, it's not machine readable. Only PDF file.

Available in bulk?
No, data is not in bulk

Openly licensed?
No.

Is the data provided on a timely and up to date basis?
Yes

Comment: Nothing changed since 2014 year

update by Reviewer 2015
it seem the data is existent from-Research Production Association "Typhoon"Russian Participation in GEOSS

also form the site of The Regional Environmental Center for Central and Eastern Europe

he Federal Service for Hydrometeorology and Environmental Monitoring in the Russian Federation (Roshydromet) is responsible for the operation and development of the state system of environmental pollution monitoring, and for maintaining the Uniform State Databank on the State of Natural Environment and its Pollution. Roshydromet operates a system for the prompt identification and investigation of dangerous ecotoxicological consequences of emergencies. A system of global baseline environmental monitoring is maintained in Russia, and six integrated monitoring stations are located in biosphere reserves. Air quality monitoring is undertaken by the Institute for Global Climate and Ecology, which prepares the annual Survey of the Pollution of the Natural Environment in the Russian Federation http://www.igce.comcor.ru; and the Russian Aerospace Agency (Rosaviakosmos), which developed a system for environmental monitoring in space http://www/rosaviakosmos.ru. Air pollution monitoring is carried out in more than 350 Russian cities. It covers all major industrial centres and almost all cities with a population of over 100,000. The system includes 1,200 stations for monitoring air pollution in cities and other settlements. Around 4 million samples are analysed annually for more than 20 air pollutants. According to long-term observations, in more than 75 percent of Russian cities maximum concentrations of air pollutants (dust, CO, NO2, ammonia, hydrogen sulphide, phenol) exceed established limits. Thus air quality in most Russian cities does not comply with established sanitary and hygienic norms. - See more at: http://www.greenpackonline.org/english/environmental-components.php?id=01-06-07-04#sthash.2EJ4mckw.dpuf

In addition, The Israeli Ministry for Environment Protection provides a fairly primitive system (in Hebrew) for displaying aggregated emissions' data on a map. The website and the data it contains are property of the Ministry of Environmental Protection and the State of Israel:

Data aggregated into national environmental index and published annually with 1 year delay (e.g. 2011 report published on December 2012)

add by yaron
http://www.bmkg.go.id/BMKG_Pusat/Default.bmkg
10 stations located in major cities across Indonesia are measuring in real-time PM10 pollution
the user cna see the data but not to donwload in a data machine readable
the data is by the Indonesian Department of Meteorology, Climatology and Geophysics.

Note that measurement of benzene ("VOCs") seems to be done by lab analysis, and is not available weekly.

Luftkvalitet.no has data available for download, but you have to be registered:
http://www.luftkvalitet.info/omnettstedet.aspx
This seems to be so that they can add you to their mailinglist where you get information about downtime due to maintenance etc.
You are not given an individual user account.

yaron
its seem some data may exsit for the city of La Paz and Cochabamba
but even if the data exsit its not 3 city (Measured either at a national level by regions or at leasts in 3 big cities)
Source-world health organization Report -2014

NB: the FOI response is currently asking for a large sum to provide the data in bulk, but I have not altered the 'available for free' setting from 'yes' because in theory, the data is available for free if you are willing to use the web form sufficient times.

The Ministry Of Environment (MOE) of Korea, Republic of has released the air quailty level of 16 areas nearby the World Cup Stadium on a real-time basis since April, 2002. The general public have gained access to the urban air pollution data on the website since December, 2005. The data is available on the Web site called Air Korea, but data about VOCs is not publicly available. The real-time data about pollutants SO2, CO, O3, NO2, PM10 can be freely accessed on the site, but to read it in a machine-readable format, you need to use the Web API after the registration. The dataset is licensed under the KOGL Type 2, which is similar to CC-BY-ND, so it's not openly licensed.

Services for the donwload of the data are available. There is no license, but the copyright notice states that commercial use of the information is available only under written authorization (http://www.isprambiente.gov.it/it/copyright) Not all the data are available [reviewed URL specifically for air pollutants]

Air polution monitoring data is published once a month. Queries can be made for custom time periods. Measurements include the maximum concentration of carbon dioxide, nitrogen dioxide, ozone and particulate matter.

Air quality measurements are taken by automatic DOAS OPSIS stations ensuring continuous registration of polluting substances.

Update (2015):

Not sure if we should consider this dataset timely or not. Changed the answer to "unsure" for now. While the dataset is published regularly and in a timely manner, each location has just one measurement set per month.

This dataset has 3 types of measurements out of 5 listed in the census criteria. It does not include measurements for Volatile organic compounds (VOCs) and Carbon monoxide (CO).

For 2014's review, it was noted that the main data has not been updated since September 6th 2013 16:17hrs.
INECC's web site (http://www.inecc.gob.mx/acerca/831-pol-privacidad) does not use an open license. Under it's privacy statement, it indicates "Some rights reserved" and in the policy legend does not explain the terms and conditions for the use of the data besides explicitly prohibiting parcial or total reuse of content for commercial purposes: "Queda estrictamente prohibido la reproducción total o parcial con fines comerciales de los datos, gráficos e información contenidos en esta página, por cualquier medio y de cualquier forma salvo para fines bibliográficos que reconozcan al autor de los documentos publicados en este sitio."

For 2015: There is no air quality data to other regions beside Mexico City. The information in the portal above does not contain the relevant pollutants. Therefore, I indicated the data as does not exist.
The link to Mexico City air quality data - http://www.aire.df.gob.mx/default.php

add by yaron
the data provided on a timely and up to date basis
its can been seem here-i didnt find the page That the information is taken link
also the site list Mexico is a Country with online data
link

The previously registered dataset http://www.stats.environnement.developpement-durable.gouv.fr/Eider/series/export/csv.do from Ministère de l'Environnement only provides yearly aggregates at a national level by regions of the required air pollutants emissions. The dataset stopped in 2009 and no update has been published since. Moreover, whereas the dataset requires regular measures, the data offers historical mean annual data. We think this is sufficiently old and unprecise to not be considered here.

from open data site of Sweden
The air pollutants that are commonly present in both urban and rural air come principally from traffic, combustion and industrial processes. Data from Swedish municipalities on particulate matter (PM10 and PM2,5), nitrogen dioxide, sulphur dioxide, benzene, carbon monoxide, benzo(a)pyrene and certain metals are reported annually to the European Commission under Directive 2008/50/EC and Directive 2004/107/EC. Measurements in rural air and precipitation (e.g. ozone, nitrogen oxides, sulphur dioxides) are conducted by the Swedish EPA.

in short the data is Exist but not main site of the Government make it
the is fond on each municipalities Available in bulk left in Unsure
in the statistics sweden site of Sweden shold be a file with all the data for a year but its not fond in During the visit of the site in 22-10-2015 so data is Is the data machine readable and

The reviewed data of prior years can be downloaded in bulk. Environment Canada's website's terms of use prohibit commercial reproduction. However, data.gc.ca publishes many of the same datasets under an open license. The terms conflict, the url to the open licence is provided.

The Meteorological Service of Canada (MSC) HTTP data server is a source of several raw meteorological data types and forecast data. This service is aimed at specialized users with good meteorological and IT knowledge, and is mainly meant to be accessed in an automatic manner via the internet (e.g. with scripts). The server's URL is: http://dd.meteo.gc.ca/. Also, in Canada provinces and territories also have monitoring sensors, data would need to be acquired from them as well.

The China National Environment Monitoring Center is responsible for gathering and publishing the national-wide air pollutant emission data. Currently All major cities have own monitoring sites and the data are collected and published by the center. Data collected include:

The Brazilian Federal Institute for Geography and Statistics - IBGE produced time series between 1992 and 2009/2010 referring to the air pollution in metropolitan areas. However, these data is not being updated anymore. The data does only cover some Brazilian cities. Additionally to this the Instituto Nacional de Pesquisas Espaciais publishes green house effects based on changes to land coverage in Amazon region: http://inpe-em.ccst.inpe.br/downloads.html. Apart from this data on air quality falls under the authority of the state government. It is provided for the state of São Paulo here: http://www.cetesb.sp.gov.br/ar/qualidade-do-ar/31-publicacoes-e-relatorios
The evaluation was made for the air quality data of São Paulo. No (daily) microdata is provided but the report shows a lot of details on the data collection and data for each point of measurement although aggregated over the year.

Central Bureau of Statistics, Nepal maintains the statistics about different sectors of Nepal. This dataset is found in the report called "Environment Statistics of Nepal". The data is available in a pdf document, and not in a machine readable format. The data is not updated yearly.

The values of the air pollutants are available online on a special website of the National Agency for the Protection of the Environment. These values are updated daily and are displayed on an hourly basis for the two days before the current day. They can be read by accessing one or more of the 142 stations in Romania that continuously monitor the air quality.

The data can be access only through the interface provided. Raw data is not available.

The measured concentrations of six pollutants from 17 monitoring stations are collected every hour by Ministry of Environment and Physical Planning. Measurements are available here: http://airquality.moepp.gov.mk/?page_id=4 and there are interactive visualization tools available. There is no download option, though.

The ERML(Environmental Resources Monitoring in Lebanon) initiative is monitoring air quality in Lebanon.
The project is copyrighted under ERML. The data is updated regular. Users can't download the data or get it in bulk.

The ERM is one of Ministry of Environment projects.

The data does not provide any information PM Levels, SOx
NOx, VOCs, and CO pollutants.

The URL does not lead directly to the data, it is required to manually locate the Air Pollution data (for instance via the site map). Pollutants data seems to only be available in simple html, and is therefore not machine readable nor available in bulk. Some entries (for instance Sulphur Dioxide SO2 Emission Inventory) show numbers from 2010, so not deemed up-to-date either.
Data didn't change

State Agency on Environment Protection and Forestry provides information on pollution, nature, forests etc. Additionally it is possible to make a request for information from their web site. The form is located http://nature.gov.kg/index.php?Itemid=103

no data of PM seem to be Measured so its may be It is better to say that information does not exist

Qatar Information Exchange publishes some data about gas emissions, but this data is very old (2007).

It is worth noting that Qatar is a very small country and it is unlikely that a city level breakdown could be provided for such data.

add by yaron
one city is engeh for Enough for Qatar Because Qatar is a very small country -all air pollution is Monitor except VOCs

from the news
Amid ongoing concern about air pollution in Qatar, a new environmental report shows harmful airborne particles exceeded recommended levels for 159 days of the year in 2012.
The Environment Statistics Annual Report 2013, recently issued by the Ministry of Development, Planning and Statistics, breaks down Qatar’s air quality levels from 2008 until its latest figures in 2012.
It follows data released by the World Health Organization earlier this year, which suggested Doha’s air is among the most polluted in the world.

Pollution

The WHO’s ambient (outdoor) air pollution in cities database 2014 examined air pollution levels in 1,600 cities in 91 countries.

It measures particulate matter, which are small and large droplets in the air. It concluded that Doha had the 12th highest average levels of small and fine particles, known as PM2.5, which can penetrate the respiratory tract and increase the risk of respiratory infections, lung cancer, heart disease and stroke.

According to the US Environment Protection Agency, these particles – which often cannot be seen with the naked eye – are made up of heavy metals and toxic organic compounds, and originate from vehicle exhaust, smelting plants and the burning of organic materials.

Larger particles – PM10 – are mostly caused by dust and smoke. In this category, Doha ranked just outside the top 30.

Standards

While the ministry’s recent report didn’t benchmark Qatar against other countries, it showed that local air pollution levels frequently exceed the WHO’s recommendations as well as Qatar’s own targets, which are more lax than the international standards.

For example, Qatar’s national air quality standards for PM10 are 150 ug/m3 for 24 hours average concentration and 50 ug/m3 for the annual average concentration.

By comparison, the WHO’s standards for PM10 are 50 ug/m3 for the 24-hour average – one third of Qatar’s target – and 20 ug/m3 for the annual average concentration, which is less than half of the national figure.

The MDPS report uses statistics from the Ministry of Environment, which measures air quality at three monitoring stations in Doha – at Qatar University, Aspire Zone and the Mövenpick Hotel on the Corniche.

Levels highest at QU

All three monitoring stations recorded pollution levels above the recommended national and global levels. However, concentration levels of the larger particulates (PM10) were highest at QU station in the north of Doha. That location also recorded the most days when air quality levels did not meet international standards.

Air Quality study - fig14In 2012, the national quality standards were breached on 159 days, or 44 percent of the year

Air Pollution are Measured
enter link description here
but the raw data Air Pollution is not Exist
waht Exist is Air Pollution index(ICA) that is base on the raw data
so the data is not Considered Exist Online
in the usa the epa give the raw data and index data so the data is open

info on AIR QUALITY INDEX of Guatemala(google Translate)

AIR QUALITY INDEX (ICA)
The results are on the map of the country and in other sections of this website are referred to as Index Air Quality (ICA), which is an indicator of how clean or polluted the air at the site of measurement associated the health effects that people may experience in a few hours or days after breathing that air.
The ICA is calculated according to the established form of calculation for the AQI (Air Quality Index) of the EPA, and while not have a national law governing the matter, it will be based on the standards of air quality provided equally by EPA, considering the following parameters: ozone, particles, carbon monoxide, sulfur dioxide and nitrogen dioxide.
The ICA ranges from 0 to 500, where 500 represents the highest level of contamination and therefore the highest risk to health. Generally, a value of 100 corresponds to the Air Quality Limit, so the values ​​less than 100 are considered satisfactory.
When the ICA reaches values ​​above 100, the air quality in the place is considered unhealthy to start for certain sensitive groups of the population, and then for all citizens to the extent that the ICA increases. It is understood as sensitive groups for sick people (especially those with respiratory disease), elderly and children.
http://www.insivumeh.gob.gt:8080/calidadaire/indiceconcepto.htm

add by Reviewer
3.it now seem the data is Measured the last data is from 02 octobre 2015 its stil not Is provided on a timely and up to date basis of a week
4,and the Detailled readings, for each pollutants and expressed in mg/m3 is not available. Instead, only 4 levels are provided (good, moderate, unhealyhy and very unhealthy) without much information about the dominent pollutants and thresholds.
http://aqicn.org/country/senegal/
also it seem the data is only for the city of dakar

This information is not available to the general public via the internet however, it may be available on request from the Environmental Health Office.

add by yaron

a link to a Report on Air Quality and Meteorology Network in the Dominican Republic

from the Report

As part of a new Air Quality and
Meteorology Network in the Dominican
Republic, Pueblo Viejo Dominicana Corporation
(PVDC) have committed to implementing four
automated air quality data monitoring systems.
Three stations are already in place, with a
fourth to be added pending site location
approval. The stations are installed and
maintained by Golder Solutions, the successful
vendor following a recent RFP process.

the data is been been Monitor for PM CO AND SOx
no Monitor data for NOx exsit maybe the data shold be Considered not exist
but the raw data of air Pollutant is given so its Considered not Publicly available
the data online is here-http://apims.doe.gov.my/v2/
and its givs as a vale of Air Pollutant Index

Air Pollutant Index of Malaysia
Aggregate data about the emission of air pollutants especially those potentially harmful to human health (althoug
The Malaysian Air Quality Guidelines (MAAGs) which form the basis for calculating the API are presented in Table 1. These guidelines have been derived from available scientific and human health data, and basically represent "safe levels" below which no adverse health effects have been observed. The MAAGs are generally comparable to the corresponding air quality standards recommended by the World Health Organization and other countries.

The averaging time, which varies from 1 to 24 hours for the different air pollutants in MAAGs, represents the period of time over which measurements is monitored and reported for the assessment of human health impacts of specific air pollutants. As such, the air pollution indices are normally monitored and reported for the same averaging times as those employed for the air quality standards/guidelines.

The API for PM10 reflects specifically levels of particulate matter with a diameter of less than 10 micron pollution and it may not be linked directly to visibility factors, as visibility is often determined by results of semi-quantitative observations over relatively shorter time periods.

The API value reported for a given time period represents the highest API value among all the sub-APIs calculated during that particular time period. The predominant parameter contributing towards a particular API value is normally indicated alongside the API value. This approach is an effort to promote a uniform and comparable API system. Ideally, all sub-API values exceeding the API 100 threshold limit should also be reported in addition to the predominant API value per se.

To determine the API for a given time period, the sub-index values (sub-API) for all 5 air pollutants included in the API system are first calculated using the above mentioned sub-index functions for the air quality data collected from the Continuous Air Quality Monitoring Stations (CAQMs). The corresponding air quality data are subjected to the necessary quality control processes and quality assurance procedures, prior to the sub-index calculations.
Source of information -

its seem Air Quality is been Measured but the data not fond in a Government Website

link to a Report Improvement of Legislation on Assessment and Management of Ambient Air
from the Report
2.1. OVERVIEW OF AIR POLLUTANTS RELEVANT TO AZERBAIJAN
Monitoring of pollution of ambient air in Azerbaijan is conducted by the Department of National
Environmental Monitoring in accordance with the statute “On the rules of implementation of
state monitoring of the environment and natural resources” prepared by the Ministry of Ecology
and Natural Resources, and approved by the resolution No.90 of the Cabinet of Ministers of the
Republic of Azerbaijan dated 1 July, 2004.
There are 3 categories of observation and control stations in order to determine concentration of
sulphur dioxide, carbon monoxide, nitrogen dioxide, dust, phenol, and other noxious
substances. Observations on the pollution of ambient air are carried out at stationary and
mobile stations. Stationary and mobile stations are supposed to be established by taking into
account the area, landscape, industrial development, mobile pollution sources, and number of
population of each city (settlement) as follows:
 50 000 inhabitants - 1 monitoring station;
 50 000-100 000 inhabitants - 2 monitoring stations;
 200 000-500 000 inhabitants - 2-3 monitoring stations, etc.
Monitoring and observation of pollution of ambient air is regularly conducted at 26 observation
stations located in eight big industrial cities of the Republic of Azerbaijan (Baku, Sumgayit,
Nakhchivan, Ganja, Mingachevir, Shirvan, Lankaran, Sheki),covering basic polluting ingredients
(dust, sulphur dioxide, nitrogen dioxide and carbon monoxide), and specific harmful substances
corresponding to the industrial profile of each city. The number of stations is compliant with the
above-mentioned criteria, except for Baku city, where there are fewer stations than it would be
necessary

Funded by the Government of Bermuda's Department of Environmental Protection, the Air Quality Program undertakes routine measurements at sites around the island (BIOS, Fort Prospect, East Broadway, and BELCO) to quantify the presence of various pollutants, including:

By law, the government should supply and monitor this data. In practice, I couldn't find it online but notice you can apply for the data through email. I could find other environmental data on this map - http://mapas.ambiente.gob.ar/

it see that in Buenos Aires and
Bahía Blanca Air Pollution is montier not by the federal government

Panama: The article from la estrella de Panama indicates that several monitoring stations are setup in Panama. However, there is no clear infomration about the measured data from the Ministerio de Ambiente or the SINIA system.
source-http://aqicn.org/faq/2015-05-10/a-comparison-of-latin-american-air-quality-scales/

In the continuity of the setup of the National air quality monitoring system of the Kingdom of Saudi Arabia delivered in 2007, the PME- Presidency of Meteorology and Environment, has renewed its confidence by placing a PO of 300 analysers !

29 stations will be shortly being integrated locally by our experimented long term Partners duly trained and skilled. Those stations will be deployed as fixed and mobile laboratories in the provinces of Medina, Makka and Al Qasim fleshing out the National Network.

PDF Reports published in the official website of the National Agency for Environment Protection from 2005 to 2008. No more updates since then. The website and the information it contains are the property of the Agency, thus data is considered non-open.

(No change from 2013)
2015:
The agency website is no longer accessible

16.10.2015 :
it seem National Agency for Environmental Protection is Monitoring Air Quality data
from a CONFERENCE PAPER of Hassen Kchih from the Agency
Tunisian Air Quality Monitoring Network Presentation
no data was fond in their web site

https://www.researchgate.net/publication/274076911_Tunisian_Air_Quality_Monitoring_Network_Presentation
ABSTRACT
It is among the basic missions of the National Agency for Environmental Protection (NAEP) to preserve and improve the quality of our nation's air. In order to accomplish this mission, the Agency must be able to evaluate the status of the atmosphere compared to clean air standards and historical informations. That's why the NAEP established since 1996 an Air Quality Monitoring Network (AQMN) composed by thirteen permanent monitoring stations, two mobiles laboratories and a data elaboration centre with the aim of characterizing human health exposure and public impacts of conventional pollutants. In Tunisia, that extends over 163900 km² and includes 24 metropolitans towns, there are several permanent monitoring stations located in many towns like Tunis, Sfax, Sousse, Gabès Tozeur, Kef. In this paper, some stations of Tunisia and its monitoring networks have been selected as representative sites of the investigated area. In Tunis, the selected monitoring stations were located in Traffic area (Bab Saadoun), in urban area (El Mourouj) and in a suburban area (Nahli). Each station is provided with automatic analyzers of O 3 , NOx, SO 2 , PM10, CO and with meteorological sensors such as temperature, barometric pressure, relative humidity, solar radiation, wind speed and direction. Nitrogen oxides, NO and NO 2 , were analysed using the chemiluminescence method. The measurement of ozone is based on the capacity of such gases to absorb ultraviolet rays with opportune wavelengths, generated by built-in lamp. Carbon monoxide CO is analyzed infrared rays absorption (IR). The measurement of PM10 is based on the beta ray attenuation method while SO 2 is analysed using a fluorescence method. For all parameters, the data are collected by the monitoring network every hour. The data were validated according to this protocol: first, a preliminary validation was carried out by the software, which invalidated all the data occurred in calibration hours and the data identified as artifacts then a manual calibration was carried out by the operators, considering the relations among the parameters. This way it is possible to verify that eventual critical data are related to real pollution situations. Moreover, meteorological data (wind speed and direction) were used to investigate about the influence of natural events on high or low concentration situations

The Environment department does take care of pollutions level, yet it is unclear is there is any information regarding the subject on a national level.
it seem the government have measurement of Air Pollution
from data form APIAN for SO2,NOx, NO2, O3, carbon monoxide (CO),hydrocarbons (HCs)

The Egyptian Meteorological Authority (EMA) provides 5 days forecast (6 hours) for Air Pollution, as well as monthly reports for actual observations [http://nwp.gov.eg/index.php/air-pollution]. The Following measurements are required by the Index, and in between square brackets we list what is provided by EMA:

Reports vary in the measurements shown there. Most of the measurements are missing in recent reports, while they existed in last year's reports. Some other measurements are only shown as forecast but not in reports for actual measurements. The data is only shown in charts, which makes it not possible to extract daily measures. Finally, the most recent report was for May 2015, and it is for one station only (Cairo), older reports had measurements for more stations.

Egyptian Meteorological Authority (EMA) has 5 stations to measure the background pollution around Egypt. The stations are Cairo, South Valley, Marsa Matruh, Hurghada, and Farafra. However, as stated above, the recent reports only shows results from Cairo station, while measurements of other stations were only shown in older reports.

it seem only the
http://air.tehran.ir/-its one city so data is considered available
from the usa epa site
http://www.tehran.ir/Default.aspx?tabid=12006
This site presents information on daily ambient air concentrations for carbon monoxide (CO), ozone (O3), sulfur dioxide (SO2), nitrogen dioxide (NO2), and particulate matter (PM-10) monitored in Tehran, Iran (overall and in twenty-two districts). The information is presented as good, moderate, unhealthy, very unhealthy, or hazardous, according to the Pollutant Standard Index formerly used by the U.S. Environmental Protection Agency.
the site didnt work at the 22-10-2015-date

The four basic pollutants (SO2, CO, NO2 and dust)
are monitored, as are some site-specific pollutants
such as heavy metals, HF, HCl, NH3, arsine,
phenol, formaldehyde and chlorine. There are no
ground-level ozone monitoring data available. Data
on lead and other heavy metals as well as
benzo(a)pyrene, which were monitored regularly in
the past, are scarce at present. No information on
PM 10 or PM 2.5 is available.
Air quality is assessed according to the so-called
IZA5 indexes, which record the exceeding of
maximum permissible concentrations (MPCs) of
five representative pollutants, together with their
toxicity classes. The air is considered polluted, if
this index is higher than 5. As shown in table 4.6,
air quality has improved slightly in recent years,
but still needs to be improved in most cities.
Moreover, due to a lack of money monitoring has
suffered some inconsistency over the past years,
reducing the number of monitoring sites as well as
the number of monitored pollutants. The indexes
are therefore not always calculated from the same
set of pollutants, and this may result in
inconsistency. For example, if in Almaty
benzo(a)pyrene, also in the highest toxicity class,
was included in calculations of the IZA5 index, it
would amount to 54. When benzo(a)pyrene was no
longer measured, the value of the index fell, but
this does not necessarily mean that air quality in
fact improved.

1.1.2 Baseline Air Quality Environment
The Terms of Reference (ToR) calls for focus on certain pollutants: nitrogen dioxide
(NO2), sulphur dioxide (SO2), and the finer size fraction of airborne particles (PM10). The
ToR also calls for quantification of Greenhouse Gas emissions (GHGs) focusing on carbon
dioxide (CO2). Together, in this assessment, these four substances are termed compounds
of potential concern (COPC).
Air quality monitoring is not routinely undertaken on the Cayman Islands, and no
data is publicly available on existing levels of air pollutants. Due to the lack of existing
ambient air quality monitoring data available within the study area, a three month survey
for nitrogen dioxide (NO2) and sulphur dioxide (SO2) was carried out using passive sampling
devices (PSDs) as called for in the ToR. Use of the small, portable and passive monitors
provided readily deployable methods without requirements for local power, and thus
allowed for flexibility in sampling site selection. The objective of the air monitoring
program was to determine an initial indication of background (baseline) levels of target
contaminants.
http://www.doe.ky/wp-content/uploads/2015/06/App_G_AirQuality_FinalDraft.pdf

The body responsible for environmental issues in Oman is the Ministry of Environment and Climatic Affairs. The Ministry of required by law to regulate a variety of activities relating to pollution (e.g. Ministerial Decision 107 / 2013 requires keeping records of private sector equipment and activities that could deplete ozone - link http://www.mola.gov.om/Download.aspx?Path=decision/107-2013.pdf ) However, it does not appear that the Ministry makes any of the information it collects available to the public.

data is only measured for 1 city -Sohar
so its not sufficient to be exist data
from-http://aqicn.org/sources/(look for Oman)

The data about pollutants emissions have been collected and managed by the Department of Sanitation and Prevention of Environmental Risks.
The data have been collected the first time in 2007 with the funding from the worldbank, the Belgium Development cooperation and EuropeAid and concern only the city of ouagadougou. The collection have been realised under the "clean air initiative" of the world bank.
Since 2007, an other data collection have not been realised yet, due to unavailability of funding.
The data is available in the study report that is available at the direction.
There is a project initiated by the Burkina Faso Open Data Initiative to use sensors on arduino, to collect pollutants emissions. This will lower the cost and make available real time data.

Maroc Meteo (marocmeteo.m), has air quality measurements in this page (http://www.marocmeteo.ma/aircasa/public/), you can see the forecast for the current day, and two days ahead, and measurements for previous dates; all shown on a map and you need to hover to get the values (not machine readable). The following pollutants are being measured, PM10, Sulphur Dioxide, Nitrogen Dioxide, Ozone and IQA (Air Quality Index), which according to this (http://www.marocmeteo.ma/?q=fr/indice_atmo) includes the aforementioned pollutants. Volatile organic compounds (VOCs, e.g. Chemicals containing hydrogen (H), carbon (C) and possibly other elements, that evaporate easily, Organic Carbon and Aerosol) and Carbon monoxide (CO) are not measured/reported.

Previous year's comment below:
The agencies responsible for this data are The High Commissioner for Water, Forests and Desertification Control and the Ministry of Environment. No data exists at all. The rare details in reports are all non machine-readable (PDFs or static webpage with a chart as JPG or PNG). They do not appear to be up-to-date. Lastly, the reports are not openly licensed (instead, they are property of the institutions that publish them).

The data is in a PDF file from 1994. There is not more data published by the Minister. I am not sure if the data is update, I should request the info to the Minister.

For the ODGI I asked the Ministry of Enviroment and they mentioned that the data is not available anymore, because they got money from international cooperation to do the first reports, but they don´t do it any more.